ASHRM Updated CPHRM Exam Questions and Answers by fiadh

According to Health Care Risk Management standards supported by ASHRM and the American Hospital Association Certification Center, evidence in a malpractice claim includes any relevant material that may help establish facts related to duty, breach, causation, or damages. Photographs of injuries are routinely admissible as demonstrative or documentary evidence to illustrate the nature and extent of harm. A thank you note from a patient to a physician may be introduced to reflect the patient’s contemporaneous perception of care, credibility, or satisfaction at a particular time, depending on context. A patient’s personal journal documenting experiences during hospitalization may also be considered evidence, particularly if it describes symptoms, interactions, or emotional distress relevant to damages.

A gift from a patient to a volunteer, however, is generally not probative of negligence or injury unless directly tied to issues of undue influence or misconduct. In typical malpractice litigation, such a gift does not establish standard of care, breach, or damages and would not ordinarily be considered relevant evidence.

Claims and litigation objectives emphasize careful documentation, preservation of relevant materials, and coordination with counsel regarding evidentiary matters. Therefore, photographs, written communications, and patient journals may be considered evidence in a malpractice claim.

In Failure Modes and Effects Analysis (FMEA), the Risk Priority Number (RPN) is commonly calculated as the product of three ratings:Severity (S)of impact,Occurrence (O)likelihood/probability, andDetection (D)ability to detect the failure before it causes harm (lower detectability increases risk). This structured scoring helps teams prioritize which failure modes deserve immediate mitigation. Risk management objectives include proactively identifying high-risk process steps (medication administration, specimen labeling, surgery scheduling), designing controls (standard work, forcing functions, redundancy), and tracking residual risk after changes. While cost and feasibility may influence selection of mitigations, they are not the core RPN elements. Using S–O–D improves transparency in prioritization, supports interdisciplinary alignment, and provides a defensible rationale for resource allocation toward patient safety improvements.

A practical FMEA requires enough process context to capture upstream causes and downstream consequences without becoming unmanageably large. A common operational rule-of-thumb is to examine roughlytwo steps upstream and two steps downstreamfrom a target step to uncover handoffs, dependencies, and failure propagation. Risk management objectives focus on identifying failure modes that originate earlier (e.g., incorrect patient ID at registration leading to lab/specimen mismatch) and harms that emerge later (e.g., delayed result communication causing deterioration). The exact boundary depends on complexity and risk; high-hazard workflows (blood products, surgery, chemo) may require deeper mapping. The goal is usable granularity: map, identify failure modes, score (S–O–D), prioritize, implement controls, and reassess residual risk.

Healthcare contracting is a risk control tool. Core terms include effective date, scope, responsibilities, performance standards, indemnification, andinsurance requirements(limits, additional insured, notice of cancellation). Clear terms reduce disputes, clarify liability allocation, and strengthen compliance (HIPAA BAAs, data security, subcontractor controls). Risk management objectives focus on preventing uninsured exposures and ensuring vendors meet safety, credentialing, and regulatory requirements—especially for clinical services, technology, and facility operations.